NRO-MOL_2015
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Chapter XIII - AIR FORCE/NASA COORDINATION<br />
135<br />
The Reconstituted NASA<br />
Experiments Board<br />
At the initial meeting of the new committee, held on<br />
21 January, one of the several topics discussed was<br />
a proposed revision of the charter of NASA’s Manned<br />
Space Flight Experiments Board (MSFEB) to include<br />
DoD membership. ‡‡ The space agency subsequently<br />
distributed a draft Memorandum of Agreement on the<br />
proposed reconstituted Board and Dr. Flax solicited<br />
the views of Generals Schriever and Evans as to the<br />
membership. The <strong>MOL</strong> Program Director asked that he<br />
be a member, with Evans serving as his alternate. This<br />
suggestion was accepted. 30<br />
On 21 March 1966 Drs. Seamans and Foster signed<br />
the formal agreement establishing a reconstituted<br />
MSFEB “to coordinate experiment programs which will<br />
be conducted on DoD and NASA manned space flights.”<br />
The Board was charged with the task of approving or<br />
disapproving experiments, recommending experiments<br />
for assignment to specific flight programs, setting<br />
priorities, reviewing the status of approved experiments,<br />
etc. The DoD membership included Mr. Fink and<br />
General Schriever; their alternates were Mr. John E.<br />
Kirk, Assistant Director for Space Technology, OSD,<br />
and General Evans. NASA’s representatives were Drs.<br />
Mueller, Newell and Mac C. Adams; their alternates,<br />
James C. Elms, Dr. Edgard M. Cortright, and Dr. Alfred<br />
J. Eggers, Jr. 31<br />
Under terms of this agreement, before submitting<br />
proposed experiments to the Secretariat for consideration<br />
by the Board, the sponsoring agency was required to<br />
review them for scientific and technical merit and to<br />
establish its own list of priorities. 32<br />
DoD Experiments for the Apollo<br />
Workshop<br />
As early as the spring of 1964 NASA had asked the<br />
Defense Department whether, as in the case of Gemini,<br />
it might also be interested in providing experiments<br />
for the upcoming Apollo spacecraft. In response to a<br />
request from DDR&E, the Air Force studied possible<br />
experiments and, at the close of 1964 and in early<br />
1965, submitted three: Radiation Measurements,<br />
Autonomous Navigation, and a CO 2<br />
Reduction System.<br />
All three were approved by DDB&E and accepted by<br />
NASA, which assigned them to Apollo-Saturn (AS)<br />
flights 207 and 209. 33<br />
‡‡ Attendees were Seamans, Mueller, Newell, Foster, Flax and Fink.<br />
While NASA was planning experiments for Apollo, it<br />
also was studying possible advanced manned missions<br />
to exploit the hardware being created by the lunarlanding<br />
program. In 1965, following these investigations,<br />
it outlined a plan for a series of post-Apollo flight missions<br />
“in earth orbit, in lunar orbit, and on the lunar surface.”<br />
This follow-on Apollo Applications Program (AAP) it<br />
estimated would cost $1 to $3 billion a year.<br />
On 17 January 1966, during a meeting of the MSFEB<br />
which General Evans attended as an observer, §§ one of<br />
the AAP “experiments ‘’ was outlined by a NASA official.<br />
He described a “S-IVB Spent Stage Experiment” whose<br />
purpose was to demonstrate the feasibility of providing a<br />
habitable, shirt-sleeve environment in orbit using already<br />
developed hardware. An airlock would be developed:<br />
... using qualified Gemini flight<br />
hardware to allow docking of the<br />
Apollo Command Service Module<br />
(CSM) with the hydrogen tank of the<br />
spent stage of the S-IVB booster.<br />
Once docked, the airlock unit will<br />
provide ingress-egress capability,<br />
life support, electrical power, and<br />
the necessary environmental control<br />
required for pressurizing and<br />
maintaining the S-IVB stage hydrogen<br />
tank so that astronauts may work<br />
inside in a shirt-sleeve environment<br />
during a 14-day or greater mission. 34<br />
The “spent stage” experiment was to be scheduled<br />
for the SA-209 mission in the last quarter of 1967.<br />
Listening to this presentation, it occurred to General<br />
Evans that the early flight date might offer the Air Force<br />
a unique opportunity “to design experiments, directly<br />
supporting <strong>MOL</strong> development, to obtain information on<br />
crew activities in a large volume orbital vehicle.” 35 On<br />
21 March, at another meeting of the Board, he advised<br />
the NASA member that the Air Force was studying the<br />
possibility of conducting <strong>MOL</strong>-oriented experiments<br />
aboard the orbital workshop. Dr. Mueller welcomed the<br />
Air Force interest and said the Board would consider any<br />
experiments proposed. 36<br />
Following this meeting, the Vice Director, <strong>MOL</strong>, appointed<br />
an ad hoc group to study and recommend experiments<br />
for the Apollo Workshop. The group was chaired by Dr.<br />
Yarymovych and included representatives of the <strong>MOL</strong><br />
Systems Office, Detachment 2 at Houston, and AFSC’s<br />
Research and Technology Division (RTD) and Office of<br />
the Deputy Commander for Space. During April 1966 the<br />
§§ This was before the reconstitution of the Board.